Bloch wave

Wave Function of Electron in a Crystal Bloch Wave

晶体中电子的波函数&Bloch波

The effect of Bloch wave resonance is used in order to depict the transmission spectra of the photonic crystal .

用Bloch波共振激发效应描述了光在该结构光子晶体中的传播。

This article gives a complete deduction for the magnetic wave theory of one-dimensional photonic crystal and Bloch wave solution in stratified periodic dielectric .

对一维光子晶体的电磁波理论及周期介质中的Bloch波解做了详细的推导，给出了光子晶体中的禁带存在的理论依据，并以此分析了禁带的特征。

Our results also indicate that the imaginary component of Bloch wave number can serve as a measure of the localization degree of the surface electron states .

此外，研究表明布洛赫波数的虚部可以作为一个衡量表面电子态局域程度的物理量。

The nonlinear parameter of nonlinear Kronig-Penny superlattice has a distinctive modulation effect on the Bloch wave vector of the wave function in superlattice .

非线性KP超晶格中的非线性，对超晶格中波函数的Bloch波矢有明显的调节作用。

For high energy electron diffraction in a crystal , we obtain the wave function by Bloch wave method . The quantum trajectories then present the formation process of electron channeling in crystal .

对于晶体中的高能电子衍射，我们采用Bloch波方法计算得到了高能电子在晶体中衍射的波函数，量子轨迹则显示了电子在晶体中通道的形成过程。

To overcome the shortcoming of the two methods , we introduce the local Bloch wave picture . Based on the local Bloch wave picture , we find that the envelop function of the field is a generalized nonlinear Schrodinger equations .

为了克服上面两种方法的不足，我们引入局域Bloch波图象，利用局域Bloch波图象，建立了一个广义非线性薛定谔方程来描述带隙孤子解。